Wilcott R C, Sabol B A, Yurcheshen R P
Brain Behav Evol. 1976;13(2-3):116-24. doi: 10.1159/000123804.
Parts of the rat's neocortex were mapped for sites where electrical stimulation, square waves at 10/sec, will suppress a bar-press response for food. Effective sites were found in the frontal pole and over most of the frontal dorsolateral cortex. Within these regions the strongest inhibitory influences were at sites in the frontal pole and adjacent frontal cortex, and at sites along the midline. These data generally agree with results of previous cortical ablation studies, but they suggest that inhibitory processes are more widespread in the dorsolateral cortex than these studies indicated.
对大鼠新皮质的部分区域进行了映射，以确定电刺激（10次/秒的方波）能够抑制获取食物的压杆反应的部位。在额叶极和大部分额叶背外侧皮质中发现了有效部位。在这些区域内，最强的抑制作用出现在额叶极和相邻额叶皮质的部位以及沿中线的部位。这些数据总体上与先前皮质切除研究的结果一致，但表明抑制过程在背外侧皮质中比这些研究所显示的更为广泛。
